Sicherheitsfaktor = f(Fehlmenge)

0.9901-1.0000

E{Fehlmenge} Sicherheitsfaktor E{Fehlmenge} Sicherheitsfaktor
0.9901 -0.8874 0.9951 -0.8935
0.9902 -0.8875 0.9952 -0.8937
0.9903 -0.8876 0.9953 -0.8938
0.9904 -0.8878 0.9954 -0.8939
0.9905 -0.8879 0.9955 -0.8940
0.9906 -0.8880 0.9956 -0.8941
0.9907 -0.8881 0.9957 -0.8943
0.9908 -0.8882 0.9958 -0.8944
0.9909 -0.8884 0.9959 -0.8945
0.9910 -0.8885 0.9960 -0.8946
0.9911 -0.8886 0.9961 -0.8948
0.9912 -0.8887 0.9962 -0.8949
0.9913 -0.8889 0.9963 -0.8950
0.9914 -0.8890 0.9964 -0.8951
0.9915 -0.8891 0.9965 -0.8953
0.9916 -0.8892 0.9966 -0.8954
0.9917 -0.8894 0.9967 -0.8955
0.9918 -0.8895 0.9968 -0.8956
0.9919 -0.8896 0.9969 -0.8957
0.9920 -0.8897 0.9970 -0.8959
0.9921 -0.8898 0.9971 -0.8960
0.9922 -0.8900 0.9972 -0.8961
0.9923 -0.8901 0.9973 -0.8962
0.9924 -0.8902 0.9974 -0.8964
0.9925 -0.8903 0.9975 -0.8965
0.9926 -0.8905 0.9976 -0.8966
0.9927 -0.8906 0.9977 -0.8967
0.9928 -0.8907 0.9978 -0.8968
0.9929 -0.8908 0.9979 -0.8970
0.9930 -0.8910 0.9980 -0.8971
0.9931 -0.8911 0.9981 -0.8972
0.9932 -0.8912 0.9982 -0.8973
0.9933 -0.8913 0.9983 -0.8975
0.9934 -0.8914 0.9984 -0.8976
0.9935 -0.8916 0.9985 -0.8977
0.9936 -0.8917 0.9986 -0.8978
0.9937 -0.8918 0.9987 -0.8980
0.9938 -0.8919 0.9988 -0.8981
0.9939 -0.8921 0.9989 -0.8982
0.9940 -0.8922 0.9990 -0.8983
0.9941 -0.8923 0.9991 -0.8984
0.9942 -0.8924 0.9992 -0.8986
0.9943 -0.8925 0.9993 -0.8987
0.9944 -0.8927 0.9994 -0.8988
0.9945 -0.8928 0.9995 -0.8989
0.9946 -0.8929 0.9996 -0.8991
0.9947 -0.8930 0.9997 -0.8992
0.9948 -0.8932 0.9998 -0.8993
0.9949 -0.8933 0.9999 -0.8994
0.9950 -0.8934 1.0000 -0.8995

Siehe auch ...

Literatur

Tempelmeier, H. (2015). Bestandsmanagement in Supply Chains. 5. Aufl., Norderstedt: Books on Demand.
Günther, H.-O. und Tempelmeier, H. (2016). Produktion und Logistik - Supply Chain and Operations Management. 12. Aufl., Norderstedt: Books on Demand.